4 to 10,2 to
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For question 1 the answer is the small table because you have to divide the number of tables by the number of pizzas. For answer 2 the answer is no becuse he was scaling down and simplfying the ratios to 9 and 5. The rest I do not know so good luck.
proportion
You can use ratios of adjacent sides to prove if two rectangles are similar by comparing to see if the ratios are the same
give the meaning and answer of kinds of fraction percent ratio proportion decimals inverse comparing ratios converting rartios rate
when a number of ratios give the same answer after solving the ratios the ratios are said to be equivalent ratios
For question 1 the answer is the small table because you have to divide the number of tables by the number of pizzas. For answer 2 the answer is no becuse he was scaling down and simplfying the ratios to 9 and 5. The rest I do not know so good luck.
Scaling- when you multiply or divide equivalent fractions
proportion
cross product.
You can use ratios of adjacent sides to prove if two rectangles are similar by comparing to see if the ratios are the same
give the meaning and answer of kinds of fraction percent ratio proportion decimals inverse comparing ratios converting rartios rate
Proportions work because they show the relationship between different quantities by comparing them using fractions or ratios. They are useful for scaling up or down values while maintaining their relative sizes. This makes proportions a powerful tool for solving a wide range of problems in mathematics and real-life situations.
Ratios are useful for comparing amounts or quantities because they provide a simplified way to express the relationship between two values. By dividing one value by another, ratios can help determine the relative size or proportion of different entities or quantities.
Proportions are useful in the real world for scaling, estimating, and comparing quantities. They allow us to make predictions and solve problems involving ratios of different amounts. For example, proportions are used in cooking recipes to scale ingredients, in finance to calculate interest rates, and in design to maintain balance and harmony.
It seems like your question is incomplete. Ratios typically involve comparing two quantities using division. If you could provide more context or specify what you would like to know about ratios for the number 18, I would be happy to provide a detailed explanation.
Oh, dude, ratios are like the cool kids of math, they don't really care if they have decimals or not. So, yeah, ratios can totally have decimals! It's like saying, "Hey, I'm a ratio, I can rock a decimal if I want to." Math can be chill like that sometimes.
When comparing bike gear ratios for optimal performance, key factors to consider include the number of teeth on the front and rear gears, the gear range, the terrain you will be riding on, and your own fitness level and riding style. These factors will affect your ability to pedal efficiently and maintain a comfortable cadence while riding.